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Answer :
The buoyant force experienced by identical capillary tubes dipped in regular water and soft water will be the same, as the capillarity phenomenon that affects the liquid rise in the tubes is not significantly altered by the mineral content difference in soft versus regular water.
The question relates to the concept of capillarity in physics, specifically the phenomena that occur when capillary tubes are immersed in different liquids. Capillarity results from the adhesive and cohesive forces between the liquid and the tube material. When a capillary tube is placed in water, the adhesive forces between the water and the glass cause the water to rise in the tube, forming a concave meniscus. This capillary action is influenced by the surface tension of the liquid and is more significant in liquids with greater surface tension and lower density.
In the case given, with two identical capillary tubes dipped in water and soft water respectively, the buoyant force experienced would be the same if all other conditions are identical. The buoyant force is not significantly affected by the slight differences that might exist between the two types of water in terms of mineral content, which is what typically differentiates "soft" water from "regular" water. Therefore, because the tubes and their dimensions are identical, and the only variable is the type of water (which does not significantly affect capillarity in this context), the buoyant force in both instances will be practically the same.
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